Silicone Thermal Pad
ODM Custom Diverse thermal pad designs
ODM Custom Diverse Thermal Pad Designs. Designed to meet the diverse needs of various industries, CMAI's thermal pads offer exceptional heat dissipation and thermal conductivity, ensuring optimal performance and reliability for your electronic devices.Say goodbye to overheating problems and increase thermal efficiency with thermal pads. Upgrade your cooling system and protect your valuable electronics with this superior thermal management solution.
product definition
Product parameter
Solar energy thermal conductive silicone thermal pad
1.0~1.5W/M.K
Working Temperature | -40-180℃ |
Composition | silicone + glass fiber cloth (silicone cloth) |
Application areas: new energy, BMS battery management system, EMS motor management system, ECU body electronic control system, chassis control system, OBC vehicle charger
Covered with PI film thermal pad
1.5W/2W/3W/M.K
Thermal Conductivity | 1.5W/2W/3W/m.k |
Working Temperature | -40-180℃ |
Composition | Silicone+PI film |
Breakdown voltage | ≥15Kv |
Thickness | 0.5~5MM |
1.5W/2W/3W/M.K
Working Temperature | -40-180℃ |
Composition | silicone + glass fiber cloth (silicone cloth) |
1.5W/2W/3W/M.K
Working Temperature | -40-180℃ |
Composition | silicone + glass fiber cloth (silicone cloth) |
1.5W/2W/3W/M.K
Working Temperature | -40-180℃ |
Composition | silicone + glass fiber cloth (silicone cloth) |
1.5W/2W/3W/M.K
Thermal Conductivity | 1.5W/2W/3W/m.k |
Working Temperature | -40-180℃ |
Composition | Silicone+PI film |
Breakdown voltage | ≥15Kv |
Thickness | 0.5~5MM |
1.5W/2W/3W/M.K
Working Temperature | -40-180℃ |
Composition | silicone + glass fiber cloth (silicone cloth) |
1.5W/2W/3W/M.K
Working Temperature | -40-180℃ |
Composition | silicone + glass fiber cloth (silicone cloth) |
1.5W/2W/3W/M.K
Working Temperature | -40-180℃ |
Composition | silicone + glass fiber cloth (silicone cloth) |
1.5W/2W/3W/M.K
Working Temperature | -40-180℃ |
Composition | silicone + glass fiber cloth (silicone cloth) |
4W/M.K
Thermal Conductivity | 4W/m.k |
Working Temperature | -40-180℃ |
Composition | Silicone+PI film |
Breakdown voltage | ≥15Kv |
Thickness | 0.5~3MM |
4W/M.K
Working Temperature | -40-180℃ |
Composition | silicone + glass fiber cloth (silicone cloth) |
4W/M.K
Working Temperature | -40-180℃ |
Composition | silicone + glass fiber cloth (silicone cloth) |
4W/M.K
Working Temperature | -40-180℃ |
Composition | silicone + glass fiber cloth (silicone cloth) |
4W/M.K
Thermal Conductivity | 4W/m.k |
Working Temperature | -40-180℃ |
Composition | Silicone+PI film |
Breakdown voltage | ≥15Kv |
Thickness | 0.5~3MM |
4W/M.K
Working Temperature | -40-180℃ |
Composition | silicone + glass fiber cloth (silicone cloth) |
4W/M.K
Working Temperature | -40-180℃ |
Composition | silicone + glass fiber cloth (silicone cloth) |
4W/M.K
Working Temperature | -40-180℃ |
Composition | silicone + glass fiber cloth (silicone cloth) |
4W/M.K
Working Temperature | -40-180℃ |
Composition | silicone + glass fiber cloth (silicone cloth) |
Covered with Double sided tape thermal pad
2.0W/M.K
Thermal Conductivity |
2.0W/m.k |
Working Temperature |
-40-180℃ |
Composition |
Silicone+3M9448A Double sided tape |
Advantage |
Can be used to fix radiators without designing a fixed structure |
2.0W/M.K
Thermal Conductivity | 4W/m.k |
Working Temperature | -40-180℃ |
Composition | Silicone+PI film |
Breakdown voltage | ≥15Kv |
Thickness | 0.5~3MM |
2.0W/M.K
Working Temperature | -40-180℃ |
Composition | silicone + glass fiber cloth (silicone cloth) |
2.0W/M.K
Thermal Conductivity | 4W/m.k |
Working Temperature | -40-180℃ |
Composition | Silicone+PI film |
Breakdown voltage | ≥15Kv |
Thickness | 0.5~3MM |
2.0W/M.K
Working Temperature | -40-180℃ |
Composition | silicone + glass fiber cloth (silicone cloth) |
2.0W/M.K
Working Temperature | -40-180℃ |
Composition | silicone + glass fiber cloth (silicone cloth) |
2.0W/M.K
Thermal Conductivity | 4W/m.k |
Working Temperature | -40-180℃ |
Composition | Silicone+PI film |
Breakdown voltage | ≥15Kv |
Thickness | 0.5~3MM |
2.0W/M.K
Working Temperature | -40-180℃ |
Composition | silicone + glass fiber cloth (silicone cloth) |
2.0W/M.K
Thermal Conductivity | 4W/m.k |
Working Temperature | -40-180℃ |
Composition | Silicone+PI film |
Breakdown voltage | ≥15Kv |
Thickness | 0.5~3MM |
Composite silicone cloth thermal pad
1.5W/M.K
Thermal Conductivity | 1.5W/m.k |
Working Temperature | -40-180℃ |
Composition | Silicone+cloth thermal |
Breakdown voltage | ≥8Kv |
Thickness |
0.5~5MM |
1.5W/M.K
Thermal Conductivity | 1.5W/m.k |
Working Temperature | -40-180℃ |
Composition | Silicone+cloth thermal |
Breakdown voltage | ≥8Kv |
Thickness | 0.5~5MM |
1.5W/M.K
Working Temperature | -40-180℃ |
Composition | silicone + glass fiber cloth (silicone cloth) |
1.5W/M.K
Thermal Conductivity | 1.5W/m.k |
Working Temperature | -40-180℃ |
Composition | Silicone+cloth thermal |
Breakdown voltage | ≥8Kv |
Thickness | 0.5~5MM |
1.5W/M.K
Working Temperature | -40-180℃ |
Composition | silicone + glass fiber cloth (silicone cloth) |
1.5W/M.K
Working Temperature | -40-180℃ |
Composition | silicone + glass fiber cloth (silicone cloth) |
1.5W/M.K
Thermal Conductivity | 1.5W/m.k |
Working Temperature | -40-180℃ |
Composition | Silicone+cloth thermal |
Breakdown voltage | ≥8Kv |
Thickness | 0.5~5MM |
1.5W/M.K
Working Temperature | -40-180℃ |
Composition | silicone + glass fiber cloth (silicone cloth) |
1.5W/M.K
Thermal Conductivity | 1.5W/m.k |
Working Temperature | -40-180℃ |
Composition | Silicone+cloth thermal |
Breakdown voltage | ≥8Kv |
Thickness | 0.5~5MM |
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